KR102426339B1 - Volunteer point management system using recycling resources - Google Patents

Abstract

The present invention relates to a volunteer hour management system using recyclable resources. According to the present invention, the volunteer hour management system comprises: an individual terminal; a resource recovery device; an integrated control server; a conversion server; a volunteer work server; and a school terminal. According to the present invention, the transparency regarding the recording and management of volunteer hours can be secured.

Description

Service time management system using recycled resources {VOLUNTEER POINT MANAGEMENT SYSTEM USING RECYCLING RESOURCES}

The present invention relates to a service time management system using recycled resources, and more particularly, to a service time management system using recycled resources that converts the amount of carbon saved to a person who wants to recycle plastic bottles or empty bottles into volunteer time. it's about

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Currently, efforts to reduce carbon dioxide in relation to carbon credits are being carried out around the world, centering on developed countries.

Accordingly, the government and each company are making efforts to improve the recycling rate so that recycling containers made of metal, glass, or plastic can be recycled.

Accordingly, looking at the prior literature, in the Republic of Korea Patent No. 10-1161751 (announced on 07.02.2012), an input unit for receiving information on the recovered waste resources in an automatic household waste recycling machine that collects and recycles waste resources. and a calculation unit connected to the input unit and receiving information on waste resources recovered from the input unit to calculate the amount of carbon dioxide reduction according to the weight of each material, and connected to the calculation unit and the network to display the amount of carbon dioxide reduction calculated by the calculation unit, Disclosed are a household waste recycling automatic collector having a function of calculating and counting carbon dioxide reduction, which is composed of an output unit that transmits the amount of carbon dioxide reduction to a remote location through a network, and a method for operating the same.

Such prior literature can be applied to the carbon mileage system at the local government level, improving the living environment through automatic recovery.

However, such prior literatures say that carbon mileage is managed in conjunction with local governments, but since it is not disclosed in what manner and how to operate it, it has a problem in that it is impossible to link with the service point system.

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Republic of Korea Patent Registration No. 10-1161751 (published on Jul. 02, 2012)

The technical task of the present invention for solving the above problems is to convert service hours into service hours according to the amount of carbon reduction of the recovered resources at the time of resource recovery, and service time using recycled resources so that the converted service hours are used as official data. To provide a management system.

Another technical task of the present invention is to convert between volunteer hours according to the amount of carbon reduction of the recovered resources at the time of resource recovery and to use the converted service hours as official data. The service time is recorded so that it is not manipulated by others, and in particular, the recorded service time can be organically viewed by non-profit organizations, local governments, schools, etc. It is to provide a service time management system using recycled resources.

Another technical task of the present invention is to ensure that the student's fingerprint information and face image information remain in the student information management server when the student puts resources into the resource recovery device, and the fingerprint information and face image information aim for service time, and another person substitutes the resource The purpose of this is to provide a service time management system using recycled resources that can detect unscrupulous acts such as collecting them.

Another technical task of the present invention is to prevent the misuse of authentication using a personal terminal by allowing the input to perform authentication using fingerprint information input from a personal terminal and location information of the resource recovery device when resource is recovered. It is to provide a service time management system using recycled resources.

Another technical task of the present invention is to enable the teacher to directly confirm the identity of the student when the inputter recovers the resource, so that the student's activity details can be immediately known and to prevent others from recovering the resource on his/her behalf It is to provide a service time management system using recyclable resources.

Another technical problem of the present invention is that, when the capacity of the resource recovered in the resource recovery device reaches the recovery capacity, information to recover the resource of the resource recovery device is automatically output to the resource recovery company, thereby determining the resource recovery time. It is to provide a service time management system using recycled resources that makes it very easy to know.

Another technical object of the present invention is to provide a service time management system using recycled resources that can easily detect aging or abnormal operation of a resource recovery device.

Another technical task of the present invention is to recover only transparent plastic bottles when putting them into the resource recovery device and discharge opaque plastic bottles to the outlet through an internal actuator as if labels are attached, so that only transparent plastic bottles can be recovered. It is to provide a service time management system used.

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A service time management system using recycled resources of the present invention for achieving the above technical problem includes authentication information, and a personal terminal for performing authentication with the authentication information; a resource recovery device that is distributed and disposed in each region, receives authentication information in connection with the personal terminal, and calculates the amount of carbon reduction of the input and recovered resources; an integrated control server that receives the authentication information and the amount of carbon reduction in conjunction with the resource recovery device, stores the authentication information and the amount of carbon reduction for each individual, and records it as an individual savings DB; a service time conversion server that receives and stores the individual savings DB together with the authentication information in conjunction with the integrated control server, converts individual carbon reductions into carbon reduction volunteer hours, and records them as individual carbon reduction volunteer hours DB; It is installed and operated for each local government, and individual service records are scored together with the authentication information to record the total service point DB for each individual. Volunteer server for adding and recording the total service score DB for each individual; and, when logging in with the authentication information, a school terminal that interworks with the volunteer server to receive and display the total number of individual volunteer points corresponding to the authentication information; includes

In this case, the service time management system using the recycled resources includes: a student information management server including a student information DB for individual student information; further comprising, wherein the personal terminal receives student information along with the authentication information when inputting authentication information into the resource recovery device, and transmits the received student information to the student information management server to request the existence of a student thing; The student information management server outputs authentication completion information to the resource recovery device when the student information input from the personal terminal matches the student information in the student information DB, and the student information input from the personal terminal is stored in the student information DB outputting non-authentication completion information to the resource recovery device when there is no matching student information within; And, when the resource recovery device receives the authentication completion information, the authentication information includes the student information, so that the amount of carbon reduction calculated for each student information of the student information management server is recorded, and the non-authentication completion information is input If received, the resource recovery device outputs a message on whether the inputted resources are re-authentication reclaiming resources without accrual; It may be formed to further include.

In addition, the service time management system using the recycled resources is installed around the resource recovery device, when individual resources are collected, a fingerprint recognizer for receiving fingerprint information together with the authentication information; a camera installed around the resource recovery device and receiving face image information together with the authentication information when individual resources are recovered; and, the resource recovery device is linked with the student information management server to record the fingerprint information and face image information to the student information management server so as to match the authentication information when the authentication completion information is generated; It may be formed to further include.

In addition, the service time management system using the recycled resources is that the personal terminal is further installed with a student information application to which the fingerprint information is input; The student information application is linked to the student information management server to generate fingerprint matching information when the fingerprint information matches information stored in the student information management server; The student information management server interworks with the fingerprint reader to determine when the fingerprint information is generated in conjunction with the personal terminal when the fingerprint information is input, and when the fingerprint matching information is generated, the location information in the personal terminal and comparing the location information of the resource recovery device and generating secondary authentication completion information when both location information are within an allowable error range; And, when the resource recovery device receives the secondary authentication completion information, the secondary authentication information includes the student information so that the carbon reduction amount calculated for each student information of the student information management server is recorded, If the secondary authentication completion information is not generated, the resource recovery device outputs a message about whether the input resources are re-authentication, and the authentication information and the student information are re-entered to be authenticated, or carbon reduction is not accumulated regardless of whether the authentication is done or not. retrieving resources without accumulating carbon reduction by outputting a message; It may be formed to further include.

In addition, the service time management system using the recycled resources is a teacher terminal in which a management application for teachers in conjunction with the student information management server is installed; Further comprising, when the student information management server generates the secondary authentication completion information, it outputs a resource recovery message, student information, and face image information recorded by the camera to the teacher management application of the teacher terminal. When the teacher terminal outputs a message during resource recovery, student information, and face image information recorded by the camera, the third authentication completion information or student identity is not confirmed in the student information management server outputting non-matching information; And, when the student information management server receives the third authentication completion information, the resource recovery device calculates the amount of carbon reduction to generate individual carbon reduction in the integrated control server, and when receiving the student mismatch information The resource recovery device outputs a message about whether to re-authenticate the input resources and receives and authenticates the authentication information and the student information again, or outputs a message stating that carbon reduction is not accrued regardless of whether or not authentication is done without accumulating carbon reduction. reclaiming resources; It may be formed to further include.

In addition, the service time management system using the recycled resources includes: a collection company terminal that interworks with the integrated control server when authentication is performed on the integrated control server and receives address information where the resource recovery device is located from the integrated control server; Further comprising, wherein the integrated control server interlocks with the resource recovery devices to receive and monitor the input amount of the resource input to the resource recovery device, and if the input amount exceeds a preset input amount, the resource excess to the terminal of the recovery company The collection operation information may be output to the terminal of the collection company so that the collection operation is requested with the address information of the collection device.

In addition, the integrated control server monitors the standby power consumption of the resource recovery device and the instantaneous usage when the driving actuator is driven when interworking with the resource recovery device, and the standby power usage and the instantaneous usage fall below a preset range value or If it exceeds, a failure signal may be transmitted to the terminal of the collection company.

In addition, the service time management system using the recycled resources, when the resource recovered by the resource recovery device is a plastic bottle, a vision inspection unit for inspecting the plastic bottle inside; In conjunction with the vision inspection unit, the image information input to the inside of the resource recovery device is received from the vision inspection unit and stored as background image information. a background difference ROI extractor for obtaining background difference image information by differentiating the image information; In conjunction with the background difference ROI extractor, the background difference image information is received, the RGB color space of the background difference image information is analyzed to generate color information of the background difference image information, and the background difference image is generated in the RGB color space. an RGB color extraction unit that measures the RGB ratio for each pixel of the information and generates measured value RGB ratio information; And, store the stored value RGB ratio information for each PET bottle image of the PET bottle image DBs by a learning model based on image search of the network, and receive the measured value RGB ratio information from the color extracting unit, and the stored value RGB ratio information and an RGB transparency determining unit that compares and determines transparency when the measured value RGB ratio information is out of a predetermined deviation from the stored value RGB ratio information; It may be formed to further include.

In this case, the background image information may form a pattern by arranging different colors.

In addition, the resource recovery apparatus interworks with the background difference ROI extractor to receive the background difference image information, analyze the HSV color space of the background difference image information to generate color information of the background difference image information, and the HSV The color extractor includes: an HSV color extractor that analyzes the HSV color space and calculates chroma information and luminance information when inputting each pixel of the background difference image information; And, the stored value saturation information and luminance information are stored for each PET bottle image of the PET bottle image DBs by a learning model based on an image search of the network, and the chroma information and luminance information are inputted from the HSV color extraction unit, and the stored value an HSV transparency determining unit that compares the chroma information and the luminance information and determines that there is an abnormality in transparency when the chroma information and the luminance information at the time of input are out of a predetermined deviation from the chroma information and the luminance information of the stored values; It may be formed to further include.

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The present invention has the effect of converting the service hours into service hours according to the amount of carbon reduction of the recovered resources at the time of resource recovery, and allowing the converted service hours to be used as official data.

In addition, the present invention converts volunteer hours into service hours according to the amount of carbon reduction of the recovered resources at the time of resource recovery, and uses the converted service hours as official data so that they are recorded as volunteer hours using personal terminal authentication information. In this way, volunteer hours are not manipulated by others, and in particular, by allowing non-profit organizations, local governments, schools, etc. have.

In addition, the present invention allows the student's fingerprint information and face image information to remain in the student information management server when the student puts resources into the resource recovery device, and the fingerprint information and face image information aim at the service score and another person collects the resource instead. It has the effect of enabling detection of such unconscionable acts when they occur.

In addition, the present invention allows the input to perform authentication using fingerprint information input from a personal terminal and location information of the resource recovery device when resource recovery is performed, thereby preventing misuse of authentication using a personal terminal. there is

In addition, the present invention enables the teacher to directly confirm the identity of the student when the input is resource recovery, so that the student can immediately know the student's activity history and prevent others from recovering the resource on his or her behalf. It works.

In addition, the present invention allows the resource recovery time to be very easily achieved by automatically outputting information to the resource recovery company to recover the resources of the resource recovery device when the capacity of the resources recovered in the resource recovery device reaches the recovery capacity. It has the effect of letting you know.

In addition, the present invention has an effect that can easily detect the aging or abnormal operation of the resource recovery device.

In addition, the present invention collects only transparent plastic bottles when putting them into the resource recovery device and discharges opaque plastic bottles to the outlet through an internal actuator as if a label is attached, so that only transparent plastic bottles can be recovered.

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1 is a configuration diagram of a service time management system using recycled resources according to an embodiment of the present invention.
2 is a flowchart of a resource recycling management system according to an embodiment of the present invention.
3 is an enlarged configuration view of the resource recovery apparatus shown in FIG.
4 is a flowchart illustrating authentication using the fingerprint reader and the camera shown in FIG. 3 in the service time management system using recycled resources according to an embodiment of the present invention.
FIG. 5 is a flowchart illustrating that a personal terminal and a student information management server generate secondary authentication completion information in a service time management system using recycled resources according to an embodiment of the present invention.
6 is a flowchart illustrating that a teacher terminal, a student information management server, and a resource recovery device generate third authentication completion information in a service time management system using recycled resources according to an embodiment of the present invention.
7 is a flowchart illustrating a state in which an integrated control server and a collection company terminal interwork in a service time management system using recycled resources according to an embodiment of the present invention;
8 is an image showing background image information and input object image information for color pattern printing paper.
FIG. 9 is an image of background difference image information obtained by calming the input object image information shown in FIG. 8(b).
10 is an image showing transparent and opaque states by applying a morphology filter to input object image information.
11 is a configuration diagram of a resource recovery device in a service time management system using recycled resources according to an embodiment of the present invention;

Hereinafter, embodiments for carrying out the present invention will be described with reference to the accompanying drawings, and in this case, when a part "includes" a certain component throughout the specification, this It does not control other components, but is considered to mean that other components may be further included. In addition, terms such as "...unit" described in the specification mean a unit that processes at least one function or operation when describing electronic hardware or electronic software, and when describing a mechanical device, one part, function, shall be taken to mean a use, point or drive element. In the following, the same or similar components will be described using the same reference numerals, and overlapping descriptions of the same components will be omitted.

In addition, the terminal exemplified in the following specification is an electronic device, and is defined as a communicable device including a central processing unit, a main memory unit, an auxiliary memory unit, and a display unit, such as a computer, a notebook computer, and a smartphone, and the application program is It is defined as an application or a set of computer programs designed to perform a specific task on an electronic device such as an app. In this case, the application is an operating system such as Windows, iOS, Android, Linux It is defined as running under the graphical interface environment of

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1 is a configuration diagram of a service time management system using recycled resources according to an embodiment of the present invention.

1, the service time management system using recycled resources according to an embodiment of the present invention is a personal terminal 10, a resource recovery device 20, an integrated control server 30, a service time conversion server ( 40), a volunteer server 50, a school terminal 60, and a student information management server 70.

The personal terminal 10 is a terminal carried by an object such as a general public or a student who wants to recover resources, and may be composed of a device such as a wireless communication capable smart phone. The description is limited to students. In this case, the personal terminal 10 includes authentication information, and authentication is performed using the authentication information. Here, the personal terminal 10 performs authentication with the resource recovery device 20 and the authentication and student information management server 70 in the case of a student when performing authentication, and in the case of an ordinary person, only authentication is performed. In this case, the authentication information is information in which personal information such as a resident number, mobile phone number, name and address are encrypted, and may be transmitted as a QR code when exchanging information with the resource recovery device 20 . In addition, a student information application is installed and operated in the personal terminal 10 for the creation and management of authentication information, and the student information application is used for logging in with a unique authority such as fingerprint recognition. Personal information such as name, school, address, grade, etc. can be input from the student information management server 70, and the authentication information can be linked to the resource recovery device 20 by outputting such information as a QR code. .

The resource recovery device 20 is distributed and disposed in each region, receives authentication information in conjunction with the personal terminal 10, and calculates the amount of carbon reduction of the input and recovered resources. In this case, the resource is composed of recycled resources such as cans, mobile phones, empty bottles or plastic bottles, and the resource recovery device 20 automatically recovers these resources and automatically calculates the amount of carbon reduction according to each resource at the time of recovery. , the calculated carbon reduction amount is transmitted to the integrated control server 30 together with authentication information. In addition, the resource recovery device 20 is configured in the form of a case, an inlet for inputting resources and an outlet for discharging the inputted resources are formed on the outer surface, and there is a accommodating part (not shown) for accommodating the inputted resources on the inner side. In addition, the resource recovery device 20 is further provided with a vision inspection unit 23 so as to distinguish each case when the input resource is a can, a glass bottle, a plastic bottle, etc., and the input resource when it is not a prescribed resource such as a foreign material A discharge mechanism (not shown) for discharging the to the outlet is further configured. In addition, the resource recovery device 20 further includes an input device such as a camera 22 or a touch screen so as to receive authentication information from a resource-inputting target, and a communication modem is installed inside to perform wired/wireless network communication. will perform In addition, the resource recovery device 20 is further configured with a weight measuring device such as a load cell for detecting the weight of the input resource, and a vision inspection device and image analysis device for visually inspecting the input object.

The integrated control server 30 interworks with the resource recovery device 20 to receive authentication information and carbon reduction, and stores the authentication information and carbon reduction for each individual, and records it as an individual savings DB. Such an integrated control server 30 is operated and managed by a non-profit organization that manages the resource recovery device 20, and performs authentication with an ID and password in order to allow access rights only to authorized administrators, and uses the permitted ID and password. When accessing with a password, log-in records are recorded and managed.

The service time conversion server 40 is linked with the integrated control server 30 to receive and store the individual savings DB together with authentication information, and convert the individual carbon reduction amount into carbon reduction volunteer hours and record it as an individual carbon reduction volunteer time DB. do. The service time conversion server 40 is installed and operated for each local government in order for the conversion score of the carbon reduction amount to be different according to the type or weight of the resource for each local body. In addition, the service time conversion server 40 performs authentication with an ID and password in order to allow access rights only to authorized administrators, records and manages log-in records when accessing with an authorized ID and password, and an administrator in the local government According to the agreed policy, the time points for conversion according to the amount of carbon reduction are set and managed.

The volunteer server 50 records individual service records with authentication information and records the total service score DB for each individual. It is converted into service points and added to the total service points DB for each individual and recorded. The volunteer server 50 is a volunteer computer center such as 1369 volunteer portal operated by the state, and is a server directly managed and operated by a national institution. In this case, in the total service score DB for each individual recorded in the volunteer server 50, not only the score converted from the amount of carbon reduction with respect to the amount of resources collected, but also the utilization details and the corresponding scores for various volunteer use required in the region are recorded. will manage In addition, the volunteer server 50 performs authentication with an ID and password to allow access rights only to authorized administrators, and records and manages log-in records when accessing with an authorized ID and password. In addition, the volunteer server 50 electronically records and manages the service details for each individual who has performed volunteer activities by the administrator, and discloses the contents online in the form of a website to provide the relevant records to the person or group who performed the authentication. will grant access to the

On the other hand, when the authentication information is entered, the volunteer server 50 records the total service score DB for the general public by scoring individual service records together with the authentication information when the authentication information is a public person, and interlocks with the service time conversion server 40 . Thus, the carbon reduction volunteer hours are inputted, the input carbon reduction volunteer hours are converted into volunteer points, and the total volunteer points are added to the general public service point DB and recorded. When requested by an organization such as a public official, the public service score DB is disclosed online in the form of a website, and the person or group who has performed authentication is given the right to read the related records.

When the school terminal 60 logs in with the authentication information, it interworks with the volunteer server 50 to receive and display the total service score for each individual corresponding to the authentication information. Such a school terminal 60 is a terminal device such as a PC, and is installed and operated for each school. In this case, the school terminal 60 displays the service hours and service points for each student to the teacher in charge who has logged in with an ID and password having the right to read, so that the teacher in charge can read the service points for each student.

The student information management server 70 includes a student information DB for individual student information. In addition, the student information management server 70 interlocks with the personal terminal 10 to receive authentication information and student information from the personal terminal 10 to perform authentication, and when the authentication information and student information are in the student information DB The authentication completion information is transmitted to the personal terminal 10 and the resource recovery device 20 . Such a student information management server 70 is installed and operated in an institution related to the Office of Education or each school or community center.

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Hereinafter, the operation of the service time management system using the recycled resources according to an embodiment of the present invention as described above will be described.

2 is a flowchart of a resource recycling management system according to an embodiment of the present invention.

First, in the resource recycling management system according to an embodiment of the present invention, as shown in FIG. 2 , a student who wants to recover resources puts resources such as cans, empty bottles, or plastic bottles into the resource recovery device 20 . do.

Then, the resource recovery device 20 requests authentication from the student. In this embodiment, the resource recovery device 20 interworks with the personal terminal 10 to receive the authentication information input to the personal terminal 10 . do. In this case, the resource recovery device 20 may be authenticated by the camera 22 photographing the QR code of the personal terminal 10 or authentication through short-distance communication between the resource recovery device 20 and the personal terminal 10. can

At this time, the personal terminal 10 receives student information together with the authentication information when inputting authentication information into the resource recovery device 20, and transmits the received student information to the student information management server 70 to determine whether a student exists. You will be asked for confirmation.

Then, the student information management server 70 outputs the authentication completion information to the resource recovery device 20 when the student information input from the personal terminal 10 matches the student information in the student information DB, and the personal terminal 10 ), when there is no matching student information in the student information DB, non-authentication completion information is output to the resource recovery device 20 .

Next, when the resource recovery device 20 receives the authentication completion information, the process of calculating the carbon reduction amount of the input resource is performed. At this time, when the authentication completion information is generated, the resource recovery device 20 includes the student information in the authentication information so that the carbon reduction calculated for each student information of the student information management server 70 is recorded, so that the student volunteers later. The details are read by the teacher at the school terminal (60).

Here, when the resource recovery device 20 receives non-authentication completion information, the resource recovery device 20 sends a message about whether or not the resource inputted from the resource recovery device 20 is re-authentication and a message indicating that carbon reduction is not accrued regardless of whether the resource recovery device 20 is authenticated or not. 20) is outputted on the touch screen, etc.

In this case, when the student selects an item for a message about whether to re-authenticate the input resource from the resource recovery device 20, authentication information is provided through the interlocking of the personal terminal 10 or the touch screen of the resource recovery device 20 and student information is re-entered and authenticated.

If an inputter wants to recover the input resources regardless of whether or not authentication is performed and selects a message indicating that carbon reduction is not accumulated on the touch screen, the resource recovery device 20 recovers only the resources without accumulating the carbon reduction amount.

Next, when the resource is recovered, the resource recovery device 20 inputs the authentication information and the carbon reduction amount of the student who put the resource into the integrated control server 30, and the integrated control server 30 provides the authentication information and the carbon reduction amount for each individual. Each is saved and recorded as individual savings DB. In this way, the integrated control server 30 stores authentication information and carbon reduction for each individual student at the time of resource input in each of the resource recovery devices 20 and manages them in a DB form.

Next, the integrated control server 30 transmits the individual carbon reduction amount together with the authentication information to the service time conversion server 40 when the individual carbon reduction amount is recorded.

Next, the service time conversion server 40 stores the amount of individual carbon reduction as an individual reduction DB, converts the amount of individual carbon reduction into carbon reduction volunteer hours, and records it as an individual carbon reduction service time DB. In this case, the service time conversion server 40 may be provided for each local government to form different carbon reduction service hours depending on the service point conversion rate.

Next, the volunteer time conversion server 40 transmits the individual carbon reduction volunteer time DB to the volunteer server 50 .

Next, the volunteer server 50 adds and records the carbon reduction service hours transmitted from the service time conversion server 40 to the total service score DB for each individual for authentication information and individual service records recorded and managed by itself.

Next, the volunteer server 50 performs authentication of the authentication information input in the school terminal 60 at the request of the school terminal 60 in conjunction with the school terminal 60, and when the authentication is completed, the login By displaying the entire service point DB for each individual corresponding to the authentication information on the school terminal 60 , the school service activity score manager can view the service activity score for each student through the school terminal 60 .

In this way, the service time management system using recycled resources according to an embodiment of the present invention converts the service time into a service period according to the amount of carbon reduction of the recovered resources at the time of resource recovery, and the converted service time is used as official data. As a result, it is possible to increase the re-collection rate of resources and improve the participation rate in community service.

In addition, the service time management system using recycled resources according to an embodiment of the present invention converts the service hours into service hours according to the carbon reduction amount of the recovered resources when the resources are recovered, and the converted service hours are used as official data. , by using the authentication information of the personal terminal 10 so that the service time is recorded so that the service time is not manipulated by others. Transparency in the recording and management of service hours and service points can be secured.

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Meanwhile, the service time management system using recycled resources according to an embodiment of the present invention may further perform the following authentication in order to prevent an unscrupulous act of giving resources to others for collection instead of from occurring.

Accordingly, referring to FIG. 3 , FIG. 3 is an enlarged view of the resource recovery apparatus 20 shown in FIG. 1 .

4 is a flowchart illustrating authentication using the fingerprint reader 21 and the camera 22 shown in FIG. 3 among the service time management system using recycled resources according to an embodiment of the present invention.

3 and 4 , the service time management system using recycled resources according to an embodiment of the present invention may further include a fingerprint reader 21 and a camera 22 .

The fingerprint reader 21 is installed around the resource recovery device 20 . Such a fingerprint recognizer 21 interworks with the resource recovery device 20, and receives the resource input's fingerprint information together with authentication information when individual resources are recovered. Here, the fingerprint information of the input is transmitted to the student information management server (70).

The camera 22 is installed around the resource recovery device 20 and receives the face image information of the resource input along with authentication information for individual resource recovery. Here, the face image information of the input is transmitted to the student information management server (70).

As described above, the fingerprint information generated by the fingerprint recognizer 21 and the face image information generated by the camera 22 are interlocked with the student information management server 70 by the resource recovery device 20 and the student information management server 70 ), and in this case, fingerprint information and face image information are recorded in the student information management server 70 to match the authentication information when the authentication completion information of the resource recovery device 20 is generated. At this time, in the student information management server 70, not only the authentication information, but also ancillary information such as the recording date of fingerprint information and face image information and student information is recorded together.

Thereafter, when the authentication completion information is processed, the operation of calculating the carbon reduction amount of the recovered resources is sequentially performed as described above, so that service hours and service points are converted and recorded.

In this way, in the student information management server 70, when the student inputs resources to the resource recovery device 20, the student's fingerprint information and face image information are left, and such fingerprint information and face image information are used by others for service points. In the event of unscrupulous behavior, such as reclaiming these resources, it can be detected.

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On the other hand, in the service time management system using recycled resources according to an embodiment of the present invention, in order to prevent others from surrogately collecting resources and preventing misuse of authentication, the authentication that was in progress at the time of resource input is performed as follows. Further solutions may be pursued.

Accordingly, FIG. 5 is a flowchart in which the personal terminal 10 and the student information management server 70 generate secondary authentication completion information in the service time management system using recycled resources according to an embodiment of the present invention.

As shown in FIG. 5 , in the service time management system using recycled resources according to an embodiment of the present invention, a student information application in which fingerprint information is input to the personal terminal 10 is further installed. Here, the student information application installed in the personal terminal 10 works in conjunction with the student information management server 70 to generate fingerprint matching information when the fingerprint information matches information stored in the student information management server 70 .

Next, when the fingerprint matching information is generated, the student information management server 70 interworks with the fingerprint recognizer 21 to determine when fingerprint information is generated in conjunction with the personal terminal 10 when receiving fingerprint information, and When the matching information is generated, the location information in the personal terminal 10 is compared with the location information of the resource recovery device 20, and when both location information is within the allowable error range, the secondary authentication completion information is generated. That is, by allowing authentication to be performed only when the personal terminal 10 is near the resource recovery device 20 , the abuse of authentication using the personal terminal 10 is prevented.

In this way, when the secondary authentication completion information is generated in the student information management server 70, the resource recovery device 20 receives the secondary authentication completion information, and the secondary authentication information includes the student information. The carbon reduction amount calculated for each student information of the information management server 70 is recorded.

On the other hand, if the secondary authentication completion information is not generated in the student information management server 70, the resource recovery device 20 outputs a message about whether the input resources are re-authentication or not, and receives the authentication information and student information again. It outputs a message indicating that carbon reduction is not accrued regardless of whether it is certified or certified, and resources are recovered without accumulating carbon reduction.

Accordingly, in the service time management system using recycled resources according to an embodiment of the present invention, authentication is performed using fingerprint information input from the personal terminal 10 and the location information of the resource recovery device 20 when the input is recovered. By doing so, it is possible to prevent misuse of authentication using the personal terminal 10 .

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On the other hand, in the service time management system using recycled resources according to an embodiment of the present invention, the following technical solution means to prevent others from surrogately recovering resources and to easily authenticate the identity of the collectors at the time of resource recovery. can proceed further.

6 is a flowchart illustrating that the teacher terminal 80, the student information management server 70, and the resource recovery device 20 generate third authentication completion information in the service time management system using recycled resources according to an embodiment of the present invention. to be.

As shown in FIG. 6 , the service time management system using recycled resources according to an embodiment of the present invention further includes a teacher terminal 80 , and in this case, the teacher terminal 80 is a communicationable device such as a smartphone. As a terminal device, in addition to the communication function, a teacher management application interworking with the student information management server 70 is further installed.

Such a teacher terminal 80 is interlocked with the student information management server when performing authentication. First, the student information management server 70 provides secondary authentication completion information to the student information management server 70 as described above. When created, the resource recovery message, student information, and face image information recorded by the camera 22 are output to the teacher management application of the teacher terminal 80 . In this case, a message during resource recovery, student information, and face image information recorded by the camera 22 are output to the teacher terminal 80 , and the teacher uses the teacher terminal 80 to provide student information and student face image information A process will be followed to verify the identity of the student whose reporting resources are being retrieved. In this case, when the identity of the student is confirmed, the third authentication completion information is output to the student information management server 70 , and when the identity of the student is not confirmed, the student mismatch information is output to the student information management server 70 .

Then, when the student information management server 70 receives the third authentication completion information, the resource recovery device 20 calculates the carbon reduction amount and generates the individual carbon reduction amount in the integrated control server 30, so that the amount of resource recovery The normal procedure of recording the carbon reduction of

Next, when the student information management server 70 receives student mismatch information, the resource recovery device 20 outputs a message as to whether the input resource is re-authentication, and the authentication information and student information are re-entered to authenticate or authenticate. Regardless of the situation, a message indicating that the amount of carbon reduction has not been accumulated will be output, and resources will be recovered without accumulating the amount of carbon reduction.

Accordingly, the service time management system using recycled resources according to an embodiment of the present invention enables the teacher to directly identify the student's identity when the inputter collects the resource, so that the student's activity details can be immediately known. It is possible to prevent others from recovering resources on their behalf.

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On the other hand, the service time management system using recycled resources according to an embodiment of the present invention may further proceed with the following technical solution in order to easily secure a collection time when the resources are recovered.

7 is a flowchart illustrating a state in which the integrated control server 30 and the collection company terminal 90 interwork in the service time management system using recycled resources according to an embodiment of the present invention.

As shown in FIG. 7 , the service time management system using recycled resources according to an embodiment of the present invention further includes a collection company terminal 90 .

The collection company terminal 90 performs authentication with the integrated control server 30 with unique access rights such as ID and password to interwork with the integrated control server 30. At this time, the collection company terminal 90 is Address information where the resource recovery device 20 is located is input from the integrated control server 30 . Here, the address information input from the collection company terminal 90 may be input from the resource recovery device 20 .

On the other hand, the integrated control server 30 is interlocked with the resource recovery devices 20, in this case, the integrated control server 30 is the input amount of the resources put into the resource recovery device 20 for each of the resource recovery devices (20). is input and monitored. In this case, when the input amount exceeds a preset input amount, the integrated control server 30 transmits the collection operation information to the collection company terminal 90 so that the collection operation is requested with the address information of the resource recovery device 20 in excess. (90) is output.

Accordingly, the service time management system using recycled resources according to an embodiment of the present invention recovers the resources of the resource recovery device 20 when the capacity of the resources recovered in the resource recovery device 20 reaches the recovery capacity. By allowing the information to be automatically output to the resource recovery company, it is possible to know the timing of resource recovery very easily.

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On the other hand, the service time management system using recycled resources according to an embodiment of the present invention may further proceed with the following technical solutions in order to easily detect the aging or abnormal operation of the resource recovery device 20 .

Accordingly, the integrated control server 30 monitors the standby power consumption of the resource recovery device 20 and the instantaneous usage when the driving actuator is driven when interworking with the resource recovery device 20, and the standby power usage and instantaneous usage When it is less than or exceeding the set range value, a failure signal is transmitted to the collection company terminal 90 . Here, when the standby power usage and instantaneous usage exceed the preset range values, when leakage current occurs in the electrical parts due to the aging of the resource recovery device 20, or when the aging parts and abnormal parts consume abruptly changed current A case is detected, and when the standby power consumption and instantaneous consumption are less than the preset range values, a case in which the component is not driven due to a failure is detected.

In this way, the service time management system using recycled resources according to an embodiment of the present invention can easily detect the aging or abnormal operation of the resource recovery device 20 .

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On the other hand, as described above, in the service time management system using recycled resources according to an embodiment of the present invention as described above, when the resource recovery device 20 recovers resources, as described above, resources such as metal cans, bottles, and plastic bottles. In the case of recovering only transparent plastic bottles among resources, the following technical solutions can be further carried out.

8 is an image showing background image information and input object image information for color pattern printing paper. FIG. 9 is an image of background difference image information obtained by subtracting the input object image information shown in FIG. 8(b). 10 is an image showing transparent and opaque states by applying a morphology filter to input object image information. 11 is a configuration diagram of a resource recovery device in a service time management system using recycled resources according to an embodiment of the present invention.

11, in the service time management system using recycled resources according to an embodiment of the present invention, in addition to the functions and configurations described above, the resource recovery device 20 includes a vision inspection unit 23 and a background difference ROI extraction unit. 24, the RGB color extraction unit 25, the RGB transparency determination unit 26, the HSV color extraction unit 27, and the HSV transparency determination unit 28 are formed to further include.

When a plastic bottle is put into the inlet of the resource recovery device 20, the vision inspection unit 23 visually inspects the plastic bottle to secure image information about the PET bottle.

The background difference ROI extraction unit 24 interlocks with the vision inspection unit 23 to receive image information about the resource recovery device 20 from the vision inspection unit 23, and receives the color pattern printing paper shown in (a) of FIG. 21) is stored as background image information, and when the input object 1a is input to the resource recovery device 20, the background image information is differentiated from the input time image information of the input object 1a as shown in FIG. Thus, the background difference image information as shown in FIG. 9 is obtained. In this case, the color pattern printing paper 21 for RGB as shown in FIG.

The RGB color extraction unit 25 interworks with the background difference ROI extraction unit 24 to receive the background difference image information from the background difference ROI extraction unit 24, and analyze the RGB color space of the background difference image information to obtain the input object image information. The color information is generated, and RGB ratio information is generated by measuring the RGB ratio for each pixel of the input object image information in the RGB color space. For example, when the color pattern formed on the printing paper as shown in Fig. 8 (a) passes through the transparent plastic bottle and the color component is visible at 70%, the measured value RGB ratio information is set to 70%, and the When the transmission component of the color pattern is not detected by the same opaque input object, the measured value RGB ratio information can be set to 0%. In this case, as shown in FIG. 10 , the RGB color extraction unit 25 applies a morphology filter of morphological image processing technology to form an opaque area to appear black, and a transparent area to form a white color to appear. By doing so, the RGB ratio information can be expressed as a ratio distribution of black and white.

The RGB transparency determining unit 26 has an image search function of the network in conjunction with the network, and stores the stored value RGB ratio information for each PET bottle image of the PET bottle image DBs by a learning model based on the image search of the network, and the color extraction unit The measured value RGB ratio information is received and compared with the stored value RGB ratio information, and when the measured value RGB ratio information is out of a certain deviation from the stored value RGB ratio information, transparency is determined. For example, the RGB transparency determining unit 26 is connected to a network so that the color pattern is transmitted through the image of the PET bottle matching the injected PET bottle to generate the stored value RGB ratio information, and the above-described RGB color extraction unit 25 If the measured value RGB ratio information of the input object 1a measured in is within a certain deviation value compared to the stored value RGB ratio information, it is determined that the input object 1a is transparent, and the measured value RGB ratio of the input object 1a If the information is out of the stored value RGB ratio information, it is determined to be opaque.

The HSV color extraction unit 27 interworks with the background difference ROI extraction unit 24 to receive input object image information, analyze the HSV color space of the input object image information to generate color information of the input object image information, and HSV color The extractor 27 analyzes the HSV color space to calculate chroma information and luminance information upon input for each pixel of the input object image information. For example, the HSV color extraction unit 27 is configured to transmit the color pattern formed on the color pattern printing paper as shown in FIG. 8 through a transparent plastic bottle, and when the color component is 70%, the saturation information and the luminance information are respectively 70%. The luminance information is set to 70%. In this case, as shown in FIG. 10 , the HSV color extraction unit 27 applies a morphology filter of morphological image processing technology to form an opaque area to appear black and a transparent area to appear white. By doing so, it is possible to represent the chroma information and the luminance information in the ratio of black and white.

The HSV transparency determining unit 28 has an image search function of the network in conjunction with the network, and stores the stored value saturation information and luminance information for each PET bottle image of the PET bottle image DBs by a learning model based on the network image search, and HSV When inputting chroma information and luminance information are received from the color extractor 27 and compared with the stored value chroma and luminance information, when the input chroma and luminance information are out of a certain deviation from the stored value chroma and luminance information, the transparency It is determined that there is something wrong with For example, the HSV transparency determining unit 28 is connected to a network to allow the color pattern to be transmitted through the image of the PET bottle matching the injected PET bottle to generate the stored value saturation information and luminance information, and the above-described HSV color extraction unit ( 27), if the saturation information and luminance information of the input object 1a are within a predetermined deviation value compared with the stored value saturation information and luminance information, it is determined that the input object 1a is transparent, and the input object 1a If the chroma and luminance information of ' is out of the stored value chroma information and luminance information, it is determined that the chroma and luminance information are opaque.

Therefore, the input object 1a input through the inlet 11 is the background difference ROI extraction unit 24, the RGB color extraction unit 25, the RGB transparency determination unit 26, the HSV color extraction unit 27, and the HSV Transparency is discriminated by the transparency determining unit 28 .

In this way, in the service time management system using recycled resources according to an embodiment of the present invention, only transparent plastic bottles are recovered when plastic bottles are put into the resource recovery device 20, and opaque plastic bottles with labels are attached to the internal actuators. By discharging through the outlet, only transparent PET bottles can be recovered.

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As described above, the present invention has been described with specific matters such as specific components and limited embodiments and drawings, but these are only provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims to be described later, but also all those with equivalent or equivalent modifications to the claims will be said to belong to the scope of the spirit of the present invention. .

10: personal terminal 20: resource recovery device
30: integrated control server 40: service time conversion server
50: volunteer server 60: school terminal
70: student information management server 21: fingerprint reader
22: camera 23: vision inspection unit
24: background difference ROI extraction unit 25: RGB color extraction unit
26: RGB transparency determination unit 27: HSV color extraction unit
28: HSV transparency determination unit

Claims (10)

a personal terminal including authentication information and performing authentication with the authentication information; a resource recovery device that is distributed and disposed in each region, receives authentication information in connection with the personal terminal, and calculates the amount of carbon reduction of the input and recovered resources; an integrated control server that receives the authentication information and the amount of carbon reduction in conjunction with the resource recovery device, stores the authentication information and the amount of carbon reduction for each individual, and records it as an individual savings DB; a service time conversion server that receives and stores the individual savings DB together with the authentication information in conjunction with the integrated control server, converts individual carbon reductions into carbon reduction volunteer hours, and records them as individual carbon reduction volunteer hours DB; It is installed and operated for each local government, and individual service records are scored together with the authentication information to record the total service point DB for each individual. a volunteer server that converts , into service points, adds them to the individual total service points DB, and records them; a school terminal that, when logging in with the authentication information, receives and displays the total service score for each individual corresponding to the authentication information in conjunction with the volunteer server; Student information management server including student information DB for individual student information; a teacher terminal in which a teacher management application interworking with the student information management server is installed; a collection company terminal that interworks with the integrated control server when authentication is performed on the integrated control server and receives address information on which the resource recovery device is located from the integrated control server; a fingerprint recognizer installed around the resource recovery device and receiving fingerprint information together with the authentication information when individual resources are recovered; a camera installed around the resource recovery device and receiving face image information together with the authentication information when individual resources are recovered; includes,
The resource recovery device includes: a vision inspection unit for inspecting the plastic bottle inside when the resource to be recovered is a plastic bottle; In conjunction with the vision inspection unit, the image information input to the inside of the resource recovery device is received from the vision inspection unit and stored as background image information. a background difference ROI extractor for obtaining background difference image information by differentiating the image information; In conjunction with the background difference ROI extractor, the background difference image information is received, the RGB color space of the background difference image information is analyzed to generate color information of the background difference image information, and the background difference image is generated in the RGB color space. an RGB color extraction unit that measures the RGB ratio for each pixel of the information and generates measured value RGB ratio information; and storing RGB ratio information for each PET bottle image of the PET bottle image DBs by a learning model based on an image search of a network, and receiving the measured value RGB ratio information from the RGB color extraction unit, and the stored value RGB ratio information and an RGB transparency determining unit that compares and determines transparency when the measured value RGB ratio information is out of a predetermined deviation from the stored value RGB ratio information; includes,
The background image information forms a pattern by arranging different colors with each other,
the personal terminal receives student information together with the authentication information when inputting authentication information into the resource recovery device, and transmits the received student information to the student information management server to request the existence of a student;
The student information management server outputs authentication completion information to the resource recovery device when the student information input from the personal terminal matches the student information in the student information DB, and the student information input from the personal terminal is stored in the student information DB outputting non-authentication completion information to the resource recovery device when there is no matching student information within;
When the resource recovery device receives the authentication completion information, the authentication information includes the student information to record the carbon reduction calculated for each student information of the student information management server, and when the non-authentication completion information is received The resource recovery device outputs a message about whether to re-authenticate the input resources and receives and authenticates the authentication information and the student information again, or outputs a message stating that carbon reduction is not accrued regardless of whether or not authentication is done without accumulating carbon reduction. reclaim resources;
the resource recovery device works in conjunction with the student information management server to record the fingerprint information and face image information to the student information management server to match the authentication information when the authentication completion information is generated;
The personal terminal is further installed with a student information application to which the fingerprint information is input;
The student information application works in conjunction with the student information management server to generate fingerprint matching information when the fingerprint information matches information stored in the student information management server;
The student information management server interworks with the fingerprint reader to determine when the fingerprint information is generated in conjunction with the personal terminal when the fingerprint information is input, and when the fingerprint matching information is generated, the location information in the personal terminal and comparing the location information of the resource recovery device to generate secondary authentication completion information when both location information is within an allowable error range;
When the resource recovery device receives the secondary authentication completion information, the secondary authentication information includes the student information so that the carbon reduction calculated for each student information of the student information management server is recorded, and the secondary authentication If the completion information is not generated, the resource recovery device outputs a message about whether the input resources are re-authentication, and the authentication information and the student information are re-entered and authenticated. Recover resources without accumulating carbon reduction by printing
When the student information management server generates the secondary authentication completion information, it outputs a resource recovery message, student information, and face image information recorded by the camera to the teacher management application of the teacher terminal, and the teacher terminal When outputting the message during resource recovery, student information, and face image information recorded by the camera, the third authentication completion information that the student's identity is confirmed or the student's identity is not confirmed inconsistent information to the student information management server output;
When the student information management server receives the third authentication completion information, the resource recovery device calculates the amount of carbon reduction to generate individual carbon reduction in the integrated control server, and when receiving the student mismatched information, the resource The recovery device outputs a message about whether to re-authenticate the input resources and receives and authenticates the authentication information and the student information again, or outputs a message stating that carbon reduction is not accrued regardless of whether or not the authentication is done to save resources without accumulating carbon reduction. retrieve;
The integrated control server interworks with the resource recovery devices to receive and monitor the input amount of the resource input to the resource recovery device, and when the input amount exceeds a preset input amount, address information of the resource recovery device in excess of the recovery company terminal outputting recovery operation information to the collection company terminal so that the collection operation is requested;
The integrated control server monitors the standby power usage of the resource recovery device and the instantaneous usage when the driving actuator is driven when interworking with the resource recovery device, and the standby power usage and instantaneous usage fall below or exceed a preset range value Service time management system using recycled resources, characterized in that for transmitting a failure signal to the terminal of the collection company in case of. delete delete delete delete delete delete delete delete According to claim 1,
The resource recovery device is
In conjunction with the background difference ROI extraction unit, the background difference image information is received, the HSV color space of the background difference image information is analyzed to generate color information of the background difference image information, and the HSV color extraction unit generates the HSV color space. an HSV color extraction unit that analyzes and calculates chroma information and luminance information when inputting each pixel of the background difference image information; and,
The stored value chroma information and luminance information are stored for each PET bottle image in the PET bottle image DBs by a learning model based on an image search of the network, and chroma information and luminance information are inputted from the HSV color extractor, and the stored value chroma information and an HSV transparency determining unit that determines whether there is an abnormality in transparency when the chroma information and luminance information at the time of input are out of a predetermined deviation from the stored value chroma information and luminance information by comparing with the luminance information; Service time management system using recycled resources further comprising a.

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